VALUEFARM Container

Designed for flexibility and performance, the VALUEFARM Container is a compact plug-and-play solution for land-based seaweed cultivation. This scalable system is available in two standard sizes:

• 20’ unit with 3 Photo Bioreactors (PBRs) of 1200 liter capacity (total 3600 liters)

• 40’ unit with 8 Photo Bioreactors (PBRs) of 1200 liter capacity (total 9600 liters)

The VALUEFARM Container ensures optimal growth conditions and has the possibility of seamlessly integration in RAS systems or works as a standalone unit. Whether for commercial use or research, it offers consistent output and simple operation in a modular format.

• Production capacity of each PBR, yields up to 13kg of fresh biomass in a week at 10% dry weight (under optimal conditions)

• Integrated harvesting system with tanks, pumps and a unique press for easy biomass handling

• CE-marked and compliant with EU regulations for work safety and food contact materials

• Optional service and maintenance agreements for optimized operation and long-term support

• Optional sensor and IoT monitoring of parameters such as temperatuer, pH, flow, salinity and real-time biomass growth.

A 40’ container unit can produce up to 5.4 tonnes of fresh weight per year (at 10% dry weight) for a high-performance Ulva strain under optimal conditions. The Laboratory system or a Feasibility Study can support strain selection or optimization for target compounds such as proteins or polysaccharides.

Integrating container-based operation with scalable production
The VALUEFARM Container often follows the Laboratory Setup when teams want to replicate controlled workflows in a container environment or refine operational routines maybe before scaling up further. For projects focused on strain selection or rapid comparative trials, the Laboratory Batch Setup provides an efficient testing platform that feeds directly into container-based cultivation.

When production targets exceeds container capacity, groups typically scale into the VALUEFARM Towers for fully controlled industry-level biomass output.